Water, the most common substance on earth. It is with us every moment of our lives, but do we know the secrets of this amazing element?
1>Where did it come from?
2>Who bestowed water on our planet and why?
3>Why only earth is the only planet that contains water?
Perhaps the water itself knows the answers to these questions. There is just as much water on earth today as there was when everything began when the world was born and acquired the shape and sensations we know so well. Nothing in the world is softer and more yielding than water. Yet it wears down the hard and strong and none can overcome it, though anyone could conquer it. That what is yielding conquers the strong and the soft overcomes that what is hard. Everyone knows this but no one dares to live by it. The Chinese philosopher ‘Lao Tzu’ wrote about water 2500 years ago.
History of Water Memory
No scientist has been able to explain for example, why water’s density increases below freezing point and becomes less above freezing. Any substance contracts when it is cooled but water does the opposite, it expands. Scientists established that waters in pores and capillaries capable of creating enormous levels of pressure. In a seed, for example, it reaches 400 atmospheres at the moment of germination that’s why a plant shoot can break through asphalt with ease. The tiny water molecule having these properties are more than fascinating. Even if the single of these anomalies were missing, life on the earth would not have been possible. Every one of waters property is unique, and they do not easily fit in the generally excepted laws of physics.
Few Queries related to the nature of water
- Science has not yet been able to answer the question as to why water is the only substance in the planet that exist in three states- solid, liquid and gas?
- Why does water has the highest surface tension of all liquids?
- Why it is the most powerful solvent on earth and how in the science of the earth’s gravity is water able to rise through the trunks of the gigantic trees against tens of atmosphere of pressure?
What is Water Memory?
Life on earth has begun in the oceans and we humans start our life in the Amniotic fluid which is 99 per cent water. Water is intrinsic to our life and we are made out of water in the large part. We can survive for a long time without food but not without water. Water is the key element of life but this element we thought we knew quite well might have unexpected properties and might play a role greater than we could imagine in our tree of life. That is the belief shared by the advocates of a surprising theory called “Water Memory”. For them, water the power to reproduce the properties of any substance it once contained. Water would have the ability to retain the memory of the molecule’s property.
Water memory is the purported capacity of water to maintain a memory of substances formerly dissolved in it even after an arbitrary range of serial dilutions. It's been claimed to be a mechanism by means of which homeopathic treatments work, even when they are diluted to the factor that no molecule of the unique substance stays.
Experiments done in many countries around the world has shown that water receives and makes an imprint of any outside influence remembering everything that occurs in the space that surrounds it. Anything that comes in close contact with water, leaves a trace in the water. Had out ancestors knew this when they turned ordinary water into healing water by putting them in silver or copper vessels. As it records information, the water acquires new properties, yet its chemical composition remains unchanged.
Why is water so special?
The main evidence against water having a memory is that of the very short (≈ ps) lifetime of hydrogen bonds between the water molecules. Clearly, within the absence of other materials or surfaces, the precise hydrogen-bonding pattern surrounding a solute doesn't persist when the solute is removed any longer than would a cluster around any specified water molecule, alternatively water wouldn't know which of its myriad past solutes took preference. Indeed the atoms that structure the water molecule only remain together for a few milliseconds in liquid water thanks to proton exchange (see water dissociation).
A recent NMR study shows no stable (>1 ms, >5 μM) water clusters are found in homeopathic preparations. It should, however, be noted that the lifetime of hydrogen bonds doesn't control the lifetime of clusters within the same way that a sea wave may cross an ocean, remaining as a wave and with dependence on its history, but with its molecular content continuously changing. and Also, the equilibrium concentration of any clusters are governed by thermodynamics not kinetics.
Discovery of Water Memory
Microwave radiation gives rise to a memory effect on the physical phenomenon of water that lasts for minutes after the effect of temperature rise alone has ended. An unprecedented paper authored by Nobel prize-winning Luc Montagnier has described memory effects in aqueous DNA solutions that the authors propose depend upon interactions with the background electromagnetic field. These effects, if real, require the prior processing and dilution of the solutions and are explained by Montagnier as resonance phenomena with nano structures derived from the DNA and water.
Concept of Water Memory
As applied to homeopathy, the 'memory of water' concept should even be extended to the memory of aqueous ethanol preparations, which also are used.
Addition of ethanol to water adds a crucial further area of complexity. Ethanol forms solutions in water that are far away from ideal and really slow to equilibrate. Although usually considered one phase, such solutions may contain several distinct phases and more generally consists of a posh mixture dominated by water-water and ethanol-ethanol clusters, where hydrogen-bonding is longer-lived than in water alone.
They also favor nano bubble formation. Thus, the peculiar behavior of aqueous solutions is accentuated by the presence of ethanol.
Properties of Water
- Water is such a commonly available and apparently straightforward liquid that the majority deem granted and therefore the popular picture, derived from standard chemistry, of it being composed of an oxygen atom attached to 2 hydrogen atoms belies a quite detailed, complex structure.
- Standard textbook chemistry has an enviable history of genuine scientific success but it's actually confined by an easy scheme of charges interacting via static Coulomb forces; that's, it's totally reliant on electrostatics and omits all mention of electrodynamics and therefore the consequent field.
- It's this basic neglect which is liable for the lack to recognize phenomena which are, in fact, hooked into that field. This is doubly unfortunate since physicists and engineers are all too conscious of this cause and effect since it's thanks to this dynamical effect that numerous modern-day appliances work. For instance, the electrical light on which we all depend and therefore the WiFi connections which are assuming increasing importance in our lives.
- It has been speculated that a goodish percentage of effects in condensed matter physics make use of the field in a method or another but it still doesn't seem to possess found an area in much of basic chemistry.
Chemical & Physical properties
This draws attention to the very fact that water has been shown to contain electric dipole ordered domains due to condensation of photons interacting with molecular dipole moments.
These ordered domains yield a strangely high heat of vaporization of water per molecule and this has been shown to imply a high degree of memory storage capacity. During a similar manner, it's been shown that the partial entropy per molecule of anionic species dissolved in an aqueous electrolyte implies an out sized number of bits of data per ion. This number is, in fact, so high on cause the expectation of such ions being attached to an ordered water domain.
This state of affairs allows for semi-permeable membranes which can either permit or forbid the passage of an ion through a little gap. This would be expected to depend in part on the state of order in the ion attachment. Such a situation, based on information or, equivalently, entropy, indicates a program for biological cells analogous to polymer DNA based programs. Its ion flows through membranes in neuron s which permit human memory storage in nerve cell networks within the human brain. These possess roughly an equivalent magnitude for biological information capacity density and it well surpasses the comparable figure for commercial memory devices.
The complexity of Water Molecules
Many regard water (H2O) as a rather uninteresting substance because it's transparent, odorless, tasteless and ubiquitous. It is the only compound of the two commonest reactive elements within the universe, consisting of just two hydrogen atoms attached to at least one oxygen atom. Indeed, only a couple of molecules are smaller or lighter. Liquid water, however, is that the foremost extraordinary material contradicting its apparently simple molecular constituent.
Although we drink it, wash, fish and swim in it, and cook with it (although probably not all at the same time), we nearly always overlook the special relationship it's with our lives.
Droughts cause famines and floods cause death and disease. It makes up over about half us and, without it, we die within a few days. Liquid water has importance as a solvent, a solute, a reactant, a catalyst, and a bio-molecule, structuring proteins, macro molecule, and cells and controlling our consciousness.
Nature of Water Molecules
H2O is that the second commonest molecule within the Universe (behind hydrogen, H2), the foremost abundant solid material and fundamental to star formation. There are 100 times as many water molecules in our bodies than the sum of all the other molecules put together, with billions of water molecules per DNA molecule.
Life cannot evolve or continue without liquid water, which is why there's such tons of excitement about finding it on Mars and other planets and moons. it's unsurprising that water plays a central role in many of the World's Religions. This website discusses many aspects of water science.
Water is that the foremost studied material on Earth, but it's remarkable to hunt out that the science behind its behavior and performance are so poorly understood (or even ignored), not only by people generally but also by scientists working with it each day.It is often extremely slippery and really sticky at the same time, and this 'stick/slip' behavior is how we recognize the feel of water. The small size of its molecule belies the complexity of its actions and its unique capabilities. Many attempts to model water as a simple substance have failed and still are failing. Liquid water's unique properties and chameleon nature seem to suit ideally into the requirements for all times as can no other molecule. Many explanations of the complex behavior of liquid water are published, with several stirring up considerable controversy.
The universe was created by the absolute, by the source. They produced all of that exists. All its materials manifestations. Each of us has water from the primeval ocean. Our every word is like water drunk, a medium of thought, a source of information and we are all here to repay the absolute with love and gratitude.
- Will the theory of water memory dissolve in the history of science or permit significant medical advancement?
- We would like for science to decide and tell us where the truth lies?
- What is true and false?
But its not always possible. Certain facts and theories shake dogma and invalidates the established truth. In that respect, A construct debate should play among researchers. Those who wish so should be able to carry out their research in that direction, even if they are wrong. This is the only way science can advance.